Intelligent dynamic orientation system for paraboloids with local and global reference points.

Abstract

This divisional request describes a system and method for DYNAMICALLY ORIENT REFLECTIVE PARABOLOIDS (5) THROUGH THE DEFINITION OF LOCAL COORDINATE SYSTEMS (11) INTEGRATED INTO GLOBAL REFERENCE FRAME (9). THE SYSTEM ADJUSTS THE ORIENTATION AND THE Positioning each paraboloid in order to maintain its axis. PRINCIPAL (13) ALIGNED WITH A VARIABLE POSITION IN SPACE, Allowing the continuous formation and updating of images of HOLOGRAPHIC APPEARANCE (6). THE SOLUTION IS BASED ON TRANSFORMATIONS Parametric geometric patterns that ensure optical coherence. IMAGE STABILITY (6) AND COORDINATED FUNCTIONING BETWEEN MULTIPLE REFLECTIVE PARABOLOIDS (4).